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MGX Minerals Inc MGXMF

MGX Minerals Inc. is a Canada-based diversified resource and technology company with interests in advanced materials, metals, and energy technologies. The Company’s portfolios include Magnesium, Silicon, Lithium, Gold, and Silver. Its Magnesium projects include Driftwood Creek, Marysville, Red Mountain Group and Botts Lake. Its Silicon projects include Gibraltar, Koot and Wonah. Its Lithium projects include GC and Petrolithium. Its Gold projects include Heino, Tillicum and Fran. The Driftwood Creek project is located approximately 164 kilometers (km) north of Cranbrook, British Columbia (B.C.). The Marysville magnesite project is located approximately 12 km (7.7 miles) south of Kimberly, BC. The Red Mountain-Topaz-Cleland magnesite property is located approximately 50 km south of Golden. The Botts Lake magnesite property consists of claims approximately 50 km south of Golden, BC. The Gibraltar project is located approximately 95 kilometers northeast of Cranbrook, BC.


GREY:MGXMF - Post by User

Post by Wangotango67on Aug 15, 2022 11:52pm
170 Views
Post# 34898378

Magnesium Oxide Nanosheet Epoxy Polymer 47% stronger

Magnesium Oxide Nanosheet Epoxy Polymer 47% strongerGraphene is 200 times stronger than steel by weight.
It is 1,000 times lighter than paper



Two-dimensional magnesium oxide nanosheets reinforced epoxy nanocomposites for enhanced fracture toughness

Our results show that the MgO with 0.2 wt% is the optimized level to improve the fracture toughness of the epoxy polymer by 47%.

This property is an important mechanical property for designing applications in various engineering technologies.



LINK -
https://iopscience.iop.org/article/10.1088/2053-1591/aaa685/pdf


MGO - 
-  strengthen steel
- strengthen cement

why not polymers and resins and graphenes ?
oh hello.

Oxalate acid....
could be a quick path to convert mgco3 to get the mgo into a hydroxide form.
without the need of a furnace.

would be interesting to see  if a calcium percentage would also enhance the formula.
it's then.. one would only need ot kickout the silica, aluminum and iron.


Something to think about.

The carbon ( co2 ) created via oxalate acid synthesis could be used as a graphene.
No carbon emissions.

Again...
if common bondo for automotive repair uses upto 10% mgo,
then... what would a resin or polymer with graphene and far higher, mgo content produce ?
Would it be all the more enhanced - stronger - due to the mgo oxides ?



Cheers...
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